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Whenever a natural disaster strikes, phone companies are typically forced to patch up their own networks with fleets of trucks that serve as temporary cell towers. It's a process that involves plenty of manpower and, most importantly, plenty of time. AT&T has a more portable solution: a cell tower small enough to fit into a suitcase. The company's new Remote Mobility Zone is comprised of an antenna and accompanying satellite dish, both of which can handle up to 14 simultaneous calls placed within a half-mile radius. Any AT&T phone can connect to the makeshift system, which will sell for anywhere between $15,000 and $45,000 (plus some monthly fees), though emergency workers will need a generator to get it up and running. They'll also have to live without 3G data, which sounds like a reasonable compromise to us.

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ATTbroadbandCell TowerCellToweremergencyemergency responseEmergencyResponsehurricanemobilemobilitynatural disastersNaturalDisastersnetworkphonepoliceremoteremote mobility zoneRemoteMobilityZonesatellitesatellite dishesSatelliteDishessuitcasetowerMon, 25 Apr 2011 10:37:00 -040021|19922575http://www.engadget.com/2010/10/25/new-satellite-receiver-design-teases-a-glorious-dish-less-futur/?utm_medium=feed&utm_source=Feed_Classic&utm_campaign=Engadget&ncid=rss_semi
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Satellite dishes have come a long way in terms of design and size over the years, but Marcel van de Burgwal -- a grad student at the Netherlands' University of Twente -- has now invented a way to ditch the dish altogether. Channeling his inner Doc Brown, his invention revolves around an array of virtually flat antennas that receive satellite signals without the help of a concave backing. His design also conveniently eliminates the need to physically aim the receiver for reception -- much to the joy of actuaries everywhere. Instead, this task is performed by a network of small basic processors integrated into a single chip, which then bear the heavy calculation work of electronically aiming the receiver. The obvious impact of this design on consumer technology is that satellite receivers could soon make their way into all manner of handheld devices (read: smartphones). In fact, Marcel has already tested the chip's performance as a digital radio receiver for smartphones with successful results. That sounds like great news to us, but we understand if the branding folks at Dish Network are slightly less thrilled. For more details, hit the source link below.